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We have Regupol® Acoustic Isolating Strips (REGUPOL sonus 3912 Isolation Strips) both timber/metal stud frames. Just click on the appropriate tab for more detailed information. Regupol® Acoustic Isolating Strips (REGUPOL sonus 3912 Isolation Strips) are designed to isolate noise and vibrations...
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Acoustic insulation specialists CMS Danskin have collaborated with The Gym Group for the sixth time, providing Regupol 6010SH acoustic underscreed for the national fitness group’s latest gymnasium in Stockwell. Ian Bull of CMS Danskin commented, “If you take a large, open space such as a gymnasium and fill it with thumping machinery, noise is inevitably going to be a major problem. And, unlike, factories or other industrial environments, a gymnasium needs to achieve almost residential levels of soundproofing.” Given the industrial nature of the problem and the degree of noise reduction required, award-winning architects Darling Associates specified CMS Danskin’s Regupol...
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Regupol is compatible with all types of floor screed; this high performing isolation solution delivers superior impact and airborne performance. Regupol 7210C (REGUPOL sonus core 5) Acoustic Resilient Layer is used under...
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One specific challenge within the BTR sector pertains to acoustic considerations, as highlighted by Part E & Section 5: Noise (Scotland). of the Building Regulations in the UK. Part E sets out requirements for sound insulation and acoustic performance in residential buildings, including those in the BTR market. Acoustic challenges in BTR properties include: Sound Transmission: Ensuring proper sound insulation between units to prevent the transmission of noise from neighbouring apartments, corridors, or communal areas. Impact Noise: Mitigating impact noise caused by activities such as footsteps,...
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Robust Flooring for Military Training at Worthy Down When designing a gym for free weights and functional training in a demanding environment, choose a product that has strength, flexibility and longevity. The Project CMS Danskin were recently approached by a respected gym fit out company to assist them with a strength and conditioning facility in a tri-service military base in Hampshire. This company have worked with CMS Danskin on gym products for many years and approached us to supply flooring for the entire 332m2 facility at Worthy Down, home of the new Defence College of Logistics, Policing and Administration which...
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In some cases it suffices to install a vertical partition at the exterior structural components in order to reduce vibrations. Vertical partitions are often installed between existing and to- be-constructed buildings. In these applications there are diverse requirements of the elastomer. The more dynamically soft the material, the better the reduction of the vibration. However, it still has to be able to bear the loads that occur. These loads, which may be the result of earth or concreting pressure, may be up to 120 kN/ m2 and in exceptional cases even considerably higher. Generally a...
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Because of the high point loads in foundations with poles and supports, elastomers with a high load-bearing capacity are typically used for vibration decoupling. The elastomers should already be included in the plan at an early stage to make sure that the vibration isolation can increase the security of the entire structure. The pile cap structure can be optimised by keeping the pres- sure on the elastomer constant by varying the measurements. The result is an even deformation and isolation behaviour of the entire foundation construction and the elastomers. The foundation structure should be rigid...
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Linear decoupling is a vibration isolation option for buildings with strip foundations. The width of the foundation should be such that the elastomers are used optimally by the load-bearing area to make sure that the best isolation effect can be achieved. An alternative option is strip decoupling on the rising walls underneath the basement ceiling. With this method, it is also possible to do without vertical isolation of the exterior struc- tural components towards the ground. The adjoining structural parts, such as ceilings on top of the structural part, must be sufficiently rigid to avoid...
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In full-surface decoupling, the entire base plate is separated elastically from the building ground. The elastomer is either applied on a thicker foundation course or on a specially dimensioned supporting plate. To achieve optimum efficacy, the foundation should be as rigid as possible. Since it is a full-surface installation, the isolation can be performed quickly and easily, and the risk of acoustic bridges is very low, too. The building loads are distributed over a large area of the subfloor. The degree of rigidity of the elastomers is selected by taking the different compression ranges into...
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